Nanolex Tar Remover

Free your vehicle from stubborn tar stains and road grime with Nanolex Tar Remover and protect the paintwork from damage

Efficient tar removal for a flawless paintwork

Nanolex Tar Remover is a powerful cleaner specially formulated to remove tar, asphalt and other oily residues from the surface of your vehicle. These stubborn stains can dig deep into the paintwork and be difficult to remove. Nanolex Tar Remover dissolves them quickly and effectively without damaging the paintwork or other surfaces. The product is easy to use and safe for all paint types, including metallic and matt paints. It leaves no residue and ensures that your vehicle stays clean and free of unsightly tar spots. Nanolex Tar Remover is an essential tool for thorough vehicle care.

Buy now Tar Remover

Nanolex Tar Remover bottle close-up view showing product branding and spray trigger

Take a look inside the Nanolex factory in Saarbrücken, Germany

Nanolex Tar Remover was developed, tested, and produced in Germany

Effective tar removal: Dissolves tar, asphalt and oily residues quickly and safely.

Gentle on paintwork: Does not attack the paintwork and leaves no residue.

Easy to use: Spray, leave to work and wipe off.

Safe for all paint types: Suitable for metallic, pearl effect and matt paints.

No residue: Leaves a clean and smooth surface.

Made in Germany Developed, tested, and produced in Germany, which guarantees high quality standards.

Net-Volume 750 ml, 5 L and 10 L

Application Ideal for the thorough removal of tar and bitumen.

Environmental compatibility Free of halogenated hydrocarbons, safe for all solvent-resistant surfaces.

How to use Nanolex Tar Remover?

The correct application of Nanolex Tar Remover is crucial for the best possible results. Make sure to use the product on cool, dry surfaces and rinse thoroughly to ensure no residues remain. Nanolex Tar Remover is an indispensable product for the thorough cleaning and care of your vehicle, especially when it comes to removing stubborn tar and bitumen residues.